• Title/Summary/Keyword: Design-Crafts

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A Study on Folkcraft Processing Art and Designing Development-Especially Centerin garound Plant-Stalk Works (한국민속공예제품 가공기술 및 디자인 개발에 관한 제고방식-초경공예제품을 중심으로)

  • 남상교
    • Archives of design research
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    • v.2 no.1
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    • pp.13-41
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    • 1989
  • The raw materials for plant-stalk-folkcrafts are cultivated in the whole country. Most Korean farmers, to increase their income, have produced mats and containers with various plants as a side line from very long ago. At first, they began from the instruments of life and then made folkart and at last get to manu\ulcornerfacturing of industrial folk craft. The folkcrafts, made of plant-stalk, which could nor conform to changing society, are partly declined and partly handed down as the traditions. The social change today, however, makes living conditions more speedy and multisided, accordingly the characteristics of demand also become in\ulcornerdividual and various. While the demend is various like this, suppliers cannot answer demendants' requirements, and consequently, the demand and profit cannot be increased. According to this, the purpose of this study is set up to give an answer to the situation that is at the traditional standstill, through an examination of the motives. I. The crafts of plant-stalk are made only in an organized relationship between agriculture, industry and art as it is compounded art of gathering raw material, manufacturing, producing, improv\ulcornering design and production conditions. It may be possible that a farmer gathers material and weaves it manually but in others, it is im\ulcornerpossible to refine, bleach and dye because the process requires a professional industrial treatment. It is impossible to make art works to a farmer as every farner does not always have aesthetic sense. Though a farmer or producer has these all abilities, it is not desirable to him from economical view. 2. The development or improvement is essential in many sides but the most important thing seems to he in design. According to reports, it is, howevt!r, fact that the crafts improved in design of existing works have more expanded the sales than newly developed works. Therefore, ir appears advisable to improve designs of existing things positively as they have merit of occupying a position already, but on the other hand, new crafts have to be also developed and the producer should grasp the proper time. 3. Building up an industrial complex to improve design with collecting the producing districts for this works scattered allover the country is very desirable for speedy communication, intensive educa\ulcorner tion or training, and effective guidance. 4. In producing for export abroad, before everything, must know the life environment, custom! and manners, main thought of the country, and then produce according to these. S. The crafts of plant-stalk are the fIrst industry in present but in the futher it should change intc second or third industry. 6. A synethetic organization for supporting side line should be established for effectiveness, and experts have to be secured and also the educational-industrial complex and activation of study should be preceded.

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Research on Digital Content Development for AR-Based Traditional Craft Education and Training -Focusing on Lacquer Thread Sculpture-

  • HaiBiao-Huang;LingJing-Zheng;Seuc-HO Ryu
    • International Journal of Internet, Broadcasting and Communication
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    • v.16 no.1
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    • pp.72-79
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    • 2024
  • This study focuses on combining traditional craft lacquer thread sculpture and augmented reality (AR) technology to develop digital educational content. In this way, we not only make it easier and easier for children to learn and understand the traditional craftsmanship of lacquer thread sculpture, but also finds a new direction for traditional craft education. First, through literature research, the production process of traditional craft lacquer thread sculpture is summarized. Through an in-depth understanding of traditional craft lacquer thread sculpture, it provides a theoretical basis for subsequent AR digital content development to achieve educational goals. Next, we used AR technology to design and produce the digital content of the traditional craft lacquer thread sculpture. This study proposes the application of AR technology and the design and production methods of digital content. It is hoped that the methods and experiences we have proposed will not only provide reference for the development of similar digital content in the future, but also provide new educational methods for the inheritance of traditional crafts.

A study on Resistance Performance of the High-speed Planing Craft with Spray Strip (Spray Strip부착에 따른 고속 활주형선 저항특성 연구)

  • Park, Chung-Hwan
    • Journal of Navigation and Port Research
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    • v.32 no.10
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    • pp.759-764
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    • 2008
  • The planing craft is designed specifically to achieve comparatively high speed on the surface of the water. Most of planing crafts have installed the spray strip in decreasing of wave impaction and improving motion performance of rolling and pitching et al. It is known to reduce the spray and frictional resistance by the effect of lift and improvement of wave profile in high speed. In this paper, the high speed planing crafts with & without spray strip in bottom were performed to compare the resistance performance by model-test. In conclusion, the high speed planing crafts with spray strip in bottom was proved to effect of the resistance decrement of $3.0{\sim}5.0%$.

Free vibration analysis of FGM plates using an optimization methodology combining artificial neural networks and third order shear deformation theory

  • Mohamed Janane Allah;Saad Hassouna;Rachid Aitbelale;Abdelaziz Timesli
    • Steel and Composite Structures
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    • v.49 no.6
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    • pp.633-643
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    • 2023
  • In this study, the natural frequencies of Functional Graded Materials (FGM) plates are predicted using Artificial Neural Network (ANN). A model based on Third-order Shear Deformation Theory (TSDT) and FEM is used to train the ANN model. Different training methods are tested to simulate input and output dependency. As this is a parametric model, several architectures and optimization algorithms were tested. The proposed model allows us to minimize the CPU time to evaluate candidate material properties for FGM plate material selection and demonstrate their influence on dynamic behavior. Consequently, the time required for the FGM design process (candidate materials for material selection) and the geometric optimization of the FGM structure would remain reasonable. The ANN model can help industries to produce FGM plates with good mechanical properties of the selected materials. I addition, this model can be used to directly predict vibration behavior by testing a large number of FGM plates, representing all possible combinations of metals and ceramics in today's industry, without having to solve any eigenvalue problems.

Well Dock Design and Assessment of Relative Motions During the Operation of the Landing Crafts Within Well Dock (상륙정 입·출거시 안전성을 위한 Well Dock의 형상 및 상대운동 평가)

  • Yoon, Sang-Hyun;Seo, Kwan-Hee
    • Journal of the Society of Naval Architects of Korea
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    • v.49 no.2
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    • pp.164-173
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    • 2012
  • Landing ship tank with well dock has the important mission transferring troops or landing equipments from sea to shore. Such transfers are usually carried out using landing crafts, which are loaded or unloaded in flooded well dock. In this situation, as relative motions are occur between well dock and landing craft, safety verifications are demanded. In this paper, seakeeping and safety performances are investigated through model test. First of all, well dock dimensions are reviewed and model tests are performed with sea state 3&4 in 180degree wave direction. Model tests are conducted for three relative positions and seakeeping performances are investigated each position.

A Study on Eco-Friendly Jaquard Fabric Design Utilizing Natural Dyed Silk Screen Printing (천연염료 실크스크린 기법의 텍스타일 디자인 제작에 관한 연구)

  • Lee, Ae Ja
    • Fashion & Textile Research Journal
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    • v.18 no.4
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    • pp.412-423
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    • 2016
  • This paper explores the possibility, and suggests an experimental procedure, of industrial application of traditional textile design techniques, such as hand silkprinting and natural dyeing. Theoretical and traditional background of this study is William Morris and his followers' Arts and Crafts Movement from the late 19th century to the early 20th century, which laid the philosophical as well as technical foundations of modern textile design tradition. Based on the basic understanding of the design philosophy, and starting from the design techniques of Morris and his successors, I made some experimental and systematic color plans reflecting and exploiting the physical traits and structure of jacquard woven silk material fabrics. And I applied hand silkscreen printing techniques on the jacquard silk fabrics of my own making, while testing various color combinations of natural dyes. After finishing final processing of design samples, I could get textile design products which met the criteria of my original expectation, i.e., eco-friendly and aesthetic design samples that can also be produced in automatized mass production system of contemporary textile industry. The conclusion of this experimental study is that I can expect the natural dyeing techniques, jacquard silk fabrics design techniques, silkprinting techniques, and the basic processes used in this study to be safely applied for contemporary commercial textile industry utilizing automatized silkscreen printing system and digital printing devices.

A Case Study on the Sustainability for a Stanchion of Recreational Crafts based on the Design for Additive Manufacturing Using a FFF-type 3D Printer (FFF 3D 프린터를 이용한 DfAM 기반 소형선박용 스탠션 지속가능 개발 사례 연구)

  • Lee, Dong-Kun;Park, Bon-Yeong
    • Journal of the Society of Naval Architects of Korea
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    • v.58 no.5
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    • pp.294-302
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    • 2021
  • In this study, the 3D printing technique called design for additive manufacturing (DfAM) that is widely used in various industries was applied to marine leisure ships of equipment. The DfAM for the stanchion for crew safety was applied to the equipment used in an actual recreational craft. As design constraints, the design alternatives were not to exceed the safety and weight of the existing stainless steel material, which were reviewed, and the production of a low-cost FFF-type 3D printing method that can be used even in small shipyards was considered. Until now, additive manufacturing has been used for manufacturing only prototypes owing to its limitations of high manufacturing cost and low strength; however, in this study, it was applied to the mass production process to replace existing products. Thus, a design was developed with low manufacturing cost, adequate performance maintenance, and increased design freedom, and the optimal design was derived via structural analysis comparisons for each design alternative. In addition, a life-cycle assessment based on the ISO 1404X was conducted to develop sustainable products. Through this study, the effectiveness of additive manufacturing was examined for future applications in the shipbuilding industry.

General and New Perspectives on Product Design in Finland

  • Silvonen, Timo
    • International Journal of Costume and Fashion
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    • v.4
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    • pp.1-20
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    • 2004
  • Finland, the small Nordic country, far from anywhere, just happens to be one of the most modern and technologically advanced nations in the world. It is also the home of several leading global brands in their fields. Among these belong for example Nokia, Kone Elevators, and Metso Paper. This strange, cold country with its by reputation reserved and introvert Arctic people, manages to operate smoothly in the global village; in business, technology and also world politics. People from all over the world want go to Finland to study and work, knowing a lot about the clean, green, spacious country with extensive social security, equal women and general well-being.

A study for characterizing personal ornaments designing education (대학 장신구 교육의 특성화를 위한 연구)

  • 김병찬
    • Archives of design research
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    • no.16
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    • pp.149-158
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    • 1996
  • Personal ornaments designing has a great influence on present-day life and culture and allied industries, but the current collges fail to provide its productive and creative programs because it is considered as just a part of metal crafts. Most colleges present programs only for producing items of pure fine art crafts, and therefore fail to present the programs that help the student to understand the related industries and their management. This study seeks to point to the problems of current personal omaments designing education in order to help to find its remedies, and tries to present long-term and short- term plans for them. I belive when the colleges develop their own suitable programs based on these plans, they will strengthen their ability to survive in this privailing open-door compryiyive world, widen their opportunities to contribute to related industries, and help the students to play better roles in the society.

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Status and Development Study of the craft industry (공예문화산업의 현황과 발전방안 연구)

  • Kim, Sung-Min
    • Journal of Digital Convergence
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    • v.13 no.10
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    • pp.527-532
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    • 2015
  • There are crafts industry has a complex nature of the artistic and cultural features. Artistic features are deemed to be areas of strong artistic personalities of the artistic and intellectually formative activities that embody creative ideas. Crafts and cultural features of the culture industry "creates" are as that meet the essential needs of human being sand has been used on part of cultural goods industry. Cultural industry crafts cultural products in terms of culture and traditional craft industry is tinge creativity to express ethnic uniqueness production is intended to study the part of the surge in demand by examining income levels and cultural life of modern man. In this study, we investigate the status of the craft industry for cultural goods. Based on this study of what is likely a problem with the craft industry and research, we propose away to melt complex ways.